Page 57 - ARCHIDOCT 6-2

Cell neighborhood Structural typology Forces acting 57
dynamic
surface-based non-manifold
strength 0.2
strength 1.0
strength 1.0 strength 0.1 z=-0.1
0.1
less than 3 cells at a distance of 1.5
4
5
6
Cell neighborhood Structural typology Forces acting
• Attraction towards direct neighbors
• Repulsion towards direct neighbors closer than 1.0
• Repulsion towards cells closer than 5.0
• Planarity by local normal force
• Strata force
• Unary force
• Drag
dynamic
surface-based non-manifold
5
6
s direct neighbors
• Repulsion towards direct neighbors closer than 1.0
strength 1.0
• Attraction tow
ard
• Repulsion towards cells closer than 5.0 strength 0.5
strength 1.0 strength 0.04 z=-0.1
0.1
less than 3 cells at a distance of 1.5
• Planarity by local normal force
• Surface force
• Unary force • Drag
5.6 Orthogonal structure
5.5 Horizontal strata
Trigger for cell division
Trigger for cell division
Cellular Design
strength 0.5
Trigger for cell division
less than 3 cells at a distance of 1.5
ISSN 2309-0103
www.enhsa.net/archidoct
strength 0.2
Vol. 6 (2) / February 2019
Cell neighborhood
dynamic
Structural typology
surface-based non-manifold
Forces acting
• Attraction towards direct neighbors
strength 0.4
• Repulsion towards direct neighbors closer than 1.0
strength 2.2
• Repulsion towards cells closer than 5.0
strength 1.1
• Planarity by local normal force
strength 0.5
• Orthogonal force
strength 0.1
• Unary force
z=-0.1
• Drag
0.1
Constraints
containing box
Trigger for cell division
average distance >5.0 for 2 closest cells
Cell neighborhood
dynamic
Structural typology
surface-based non-manifold
Forces acting
• Attraction towards direct neighbors
strength 0.2
• Repulsion towards direct neighbors closer than 1.0
strength 1.0
• Repulsion towards cells closer than 5.0
strength 0.5
• Planarity by local normal force
strength 1.0
• Strata force
strength 0.04
• Unary force
z=-0.1
• Drag
0.1
Trigger for cell division
less than 3 cells at a distance of 1.5
Cell neighborhood Structural typology Forces acting
• Attraction towards direct neighbors
• Repulsion towards direct neighbors closer than 1.0
• Repulsion towards cells closer than 5.0
• Planarity by local normal force
• Orthogonal force
• Unary force
• Drag
Constraints
Trigger for cell division
dynamic
surface-based non-manifold
strength 0.4 strength 2.2 strength 1.1 strength 0.5 strength 0.1 z=-0.1
0.1
containing box
average distance >5.0 for 2 closest cells
Figure 19.
A surface based non-manifold system with strata force.The cells agglomerate in parallel orientated fieldsthat form at roughly equal distances
• Attraction towards direct neighbors
• Repulsion towards direct neighbors closer than 1.0
• Repulsion towards cells closer than 5.0
• Planarity by local normal force
strength 0.5 strength 2.0 strength 2.0 strength 0.5
5.7 Network generation
Figure 20. 7 A surface based non-manifold system with orthogonal force. Forces acting The system is constraint to a rectangular volume
Cell neighborhood
Structural typology linear
5•.8SurfaceforcSeystemwithvolumetricastrcecnguthm0.3ulation
dynamic
Cell neighborhood
dynamic
Structural typology
linear
Forces acting
• Attraction towards direct neighbors
strength 0.5
• Repulsion towards direct neighbors closer than 1.0
strength 2.0
• Repulsion towards cells closer than 5.0
strength 2.0
• Planarity by local normal force
strength 0.5
• Surface force
strength 0.3
• Drag
0.1
Trigger for cell division
less than 2 cells at a distance of 6.0
7
8
9
• Drag
Trigger for cell division
Cell neighborhood Structural typology Forces acting
• Attraction towards direct neighbors
• Repulsion towards direct neighbors closer than 1.0
• Drag
Trigger for cell division
0.1
less than 2 cells at a distance of 6.0
Cell neighborhood
dynamic
Structural typology
volumetric
Forces acting
• Attraction towards direct neighbors
strength 0.5
• Repulsion towards direct neighbors closer than 1.0
strength 1.0
• Drag
0.2
Trigger for cell division
less than 7 cells at a distance of 2.0
8
Cell neighborhood Structural typology Forces acting
• Attraction towards direct neighbors
• Repulsion towards direct neighbors closer than 1.0
• Drag
Trigger for cell division
Cell neighborhood Structural typology Forces acting
• Attraction towards direct neighbors
• Repulsion towards direct neighbors closer than 1.0
• Drag
Trigger for cell division
Network morphology generated through a linear growth of the cells.A dynamic cell neighborhood allows cells from different strands in close proximity of each other to connect in order to form loops
dynamic volumetric
strength 0.5
strength 1.0
0.2
less than 7 cells at a distance of 2.0
dynamic 9 volumetric
strength 0.5
strength 1.0
0.2
less than 7 cells at a distance of 2.0
Figure 22.
dynamic volumetric
strength 0.5
strength 1.0
0.2
Figure 21.
less than 7 cells at a distance of 2.0
A volume based system with cell proliferation defined by cell neighborhood
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